AI Article Synopsis
- A combination of hyperbolic convex and elliptical concave mirrors creates a compact reflective X-ray imaging system with a short focal length and large magnification.
- An experiment successfully produced a one-dimensional demagnified image with a factor of 321 using a 2-meter optical setup at 10 keV X-ray energy.
- The system achieved a resolution of ~40 nm and displayed a wide field-of-view with reduced comatic aberration.
Article Abstract
We demonstrated that the combination of a hyperbolic convex and elliptical concave mirrors works as a compact reflective X-ray imaging system with a short optical focal length and large magnification factor. We performed an experiment to form a one-dimensional demagnified image with a demagnification factor of 321 within an approximately 2-m-long optical setup at an X-ray energy of 10 keV. The results showed that this imaging optics system is capable of providing a resolution of ~40 nm. From wavefront analysis, it was confirmed that the optics possessed a wide field-of-view with a significant reduction of comatic aberration.
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| http://dx.doi.org/10.1364/OE.27.003429 | DOI Listing |
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